/*
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 * and open the template in the editor.
 */

package IO;

/**
 *
 * @author Eagle
 */
public class groupResultClass {
    private int[] gluConn=new int[13];
    private int[] gabaConn=new int[13];
    private int[] hybConn=new int[13];
    private int[] splitGluConn=new int[13];
    private int[] splitGABAConn=new int[13];
    private int[] splitHybConn=new int[13];
    private int[] qgluConn=new int[13];
    private int[] qgabaConn=new int[13];
    private int[] qhybConn=new int[13];

    void addGlu(int i){
        gluConn[i]++;
    }

    void addGABA(int i){
        gabaConn[i]++;
    }
    void addHyb(int i){
        hybConn[i]++;
    }





    int[] gluConn(){
        return gluConn;
    }

    int[] gabaConn(){
        return gabaConn;
    }

    int[] hybConn(){
        return hybConn;
    }



    void splitAddGlu(int i){
        splitGluConn[i]++;
    }

    void splitAddGABA(int i){
        splitGABAConn[i]++;
    }
    void splitAddHyb(int i){
        splitHybConn[i]++;
    }





    int[] splitGluConn(){
        return splitGluConn;
    }

    int[] splitGabaConn(){
        return splitGABAConn;
    }

    int[] splitHybConn(){
        return splitHybConn;
    }

    void qaddGlu(int i){
        qgluConn[i]++;
    }

    void qaddGABA(int i){
        qgabaConn[i]++;
    }
    void qaddHyb(int i){
        qhybConn[i]++;
    }





    int[] qgluConn(){
        return qgluConn;
    }

    int[] qgabaConn(){
        return qgabaConn;
    }

    int[] qhybConn(){
        return qhybConn;
    }

}
